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What do you want to look at?
India’s new RDI scheme is bold, but real research success needs more than funding - CNBC TV18
There is a lot that India can learn from China, which has followed a more targeted model. Over the last two decades, China identified a few key sectors where it aimed to become a global leader, write Dr. Ravi Pandit of KPIT Technologies, and Mahesh Deodhar of Centre for Sustainable Energy and Mobility.
Lithium-ion and beyond: EV battery raw material refining and manufacturing – Opinion
In the first part of this series, we saw that Lithium and other key minerals used in Lithium-ion batteries are non-uniformly spread over the globe.
How Software Is Eating the Car
The trend toward self-driving and electric vehicles will add hundreds of millions of lines of code to cars. Can the auto industry cope?
Opinion: How social action, technology and policy can create a world of Sun, Spirituality and Sustainability
Curious about a specific topic?
智能出行 Explainers
The automotive & mobility industry is witnessing emerging trends in the
global automotive sector
Contributing Thought Leadership & Insights on
KPIT featured on HANSER automotive Cover Story “Transforming Automotive Software Validation for Software-defined Vehicles!”
Deploying Service Oriented Architecture- (SOA) for Autonomous Driving development & verification in the Software Defined Vehicle Environment
实现 L2 + 自动驾驶车辆的“优雅降级”
Achieving Safe Adoption of Autonomous Driving with Next-gen Software Systems
The critical role of Functional Safety in Autonomous Driving development
人工智能（AI）正为自动驾驶提供基于场景驱动的验证能力。
如何设计与配置同时支持自适应与经典AUTOSAR共存的系统？
基于 CAN 总线的 UDS 模糊测试
一体化泊入与泊出系统的架构
协调网络安全与安全和系统工程
Making Transformation Towards Software-Defined Vehicles a Reality
软件产业化是商用车自动驾驶之旅的下一个阶段。
电动化：重塑未来移动出行
Interview with Mr. Kishor Patil, Co-Founder, CEO and MD, KPIT Technologies and Automobilwoche
软件集成商KPIT寻求德国合作伙伴
Leaders at KPIT
Here's some perspectives from Tech Enthusiasts at KPIT
How In-Car Gaming Can Revolutionize Passenger Entertainment and Drive Revenue
As technology continues to evolve, so does the way we experience life on the move. In-car entertainment has taken a monumental leap from radio stations and cassette tapes to sophisticated infotainment systems. Today, it is clear that in-car gaming is not just a futuristic idea—it is already shaping the way OEMs approach passenger experience.
利用人工智能优化保修成本
汽车行业正面临保修成本不断上涨的困境，排名前十的汽车制造商平均每年保修支出超过100亿至500亿美元。自动驾驶、电气化和互联等先进技术的引入导致保修索赔激增。软件定义汽车（SDV）的出现带来了新的挑战，因为软件相关问题如今在保修索赔中占据了相当大的比例。.
KPIT featured on HANSER automotive Cover Story “Transforming Automotive Software Validation for Software-defined Vehicles!”
Automotive software validation is getting impacted because of the complex software and architecture requirements for SDV (Software-defined Vehicle).
Exclusive Interview with Mr. Anup Sable
As the automotive industry transforms Software-Defined Vehicles (SDVs), many market drivers are shaping this transition.
Interview with Mr. Kishor Patil, Co-Founder, CEO and MD, KPIT Technologies and Automobilwoche
In 2019, we took a bold decision at KPIT to focus only on the automotive and mobility industry.
Future of Mobility
The automotive and mobility industry is witnessing emerging trends in the global automotive sector.
How to Boost your Career in Automotive Software?
The global automotive software market stood at $18 billion in 2018 and is expected to register gains at over 15% by 2025.
The right software is the driver for E-mobility
The trend towards alternative drives and autonomous driving is accelerating development.
推动出行方式的变革
Our world is constantly changing. Digital technology has brought about many changes and opens new possibilities and opportunities
Making Transformation Towards Software-Defined Vehicles a Reality
Increasing data volumes and a higher proportion of software in cars require extensive changes to vehicle architectures.
What is the difference between CAN and Autosar?
CAN stands for Controller Area Network Imagine it as a communication channel. This channel allows electronic control units (ECUs) in a car to talk to each other. The ECUs are like individual computers controlling different parts of the car (engine, brakes, airbags).
How does an electric vehicle's transmission system differ from a conventional IC engine transmission?
Electric vehicles (EVs) typically have simpler transmission systems compared to conventional internal combustion engine (ICE) vehicles. Here are the key differences:
How can I use an OBD2 scanner to diagnose a car problem in the absence of a fault code?
OBD2 scanners are great for retrieving trouble codes, but they can also be useful for diagnosing car problems even if the check engine light isn't on and no codes are stored.
What are the different types of diagnostic tests for a car engine? What do they check for specifically?
A diagnostic test on a vehicle is a procedure performed to identify and analyze potential issues or problems with the vehicle's various systems and components.
What is "connected cars" technology?
Connected car technology involves adding internet connectivity and communication features to vehicles, allowing them to share data with other vehicles, infrastructure, and cloud services.
Why do engine diagnostics need to be performed?
A engine diagnostics on a vehicle is a procedure performed to identify and analyze potential issues or problems with the vehicle's various systems and components.
Why do so many people recommend you check the OBD codes before you take a car to the mechanic?
OBD2 scanners are great for retrieving trouble codes, but they can also be useful for diagnosing car problems even if the check engine light isn't on and no codes are stored.
How will software-Defined Vehicles (SDVs) shape the future of mobility?
World over there are big megatrends that are impacting mobility:
What are the essential skills to work on large Autonomous Driving production programs?
Autonomous Driving programs are driven by the amazing coming together of software, sensors and high-performance computers (inside the vehicle and on the cloud).
What is a diagnostic test on a vehicle?
A diagnostic test on a vehicle is a procedure performed to identify and analyze potential issues or problems with the vehicle's various systems and components.
